Non-contact intelligent card ultrasound composite device

Abstract

The invention discloses a non-contact intelligent card ultrasound composite device which comprises a rack, an ultrasonic support arranged on the rack, a welding sliding assembly arranged on the ultrasonic support, two ultrasonic welding heads arranged on the two ends of the welding sliding assembly, a welding vertical power mechanism for driving the welding sliding assembly to move up and down onthe ultrasonic support and a PVC coverage plate material conveying mechanism for conveying a PVC coverage plate material to a composite welding station; the two ultrasonic welding heads are connectedwith the ultrasonic support; and a welding head guide assembly used for guiding the welding sliding assembly to move on the ultrasonic support is arranged between the ultrasonic support and the welding sliding assembly. By means of the non-contact intelligent card ultrasound composite device, the PVC coverage plate material is conveyed into the composite welding station, the PVC coverage plate material and a PVC plate material obtained after winding machine are welded together, an intelligent card plate material is formed, it is guaranteed that a coil on the PVC plate material cannot be exposed out, and follow-up machining and transporting are facilitated.

Description

technical field [0001] The invention relates to a smart card manufacturing equipment, in particular to a non-contact smart card composite device. Background technique [0002] In the production process of contactless smart cards, each processing module is independent of each other, which leads to cumbersome transportation of smart card blanks, poor continuity of the processing process, lower production efficiency, and affects processing accuracy. If the smart card sheet material is continuously produced and processed, the PVC sheet material is released from the PVC sheet material roll, and successively transported to the laser drilling station, winding station, chip welding station, composite welding station and Processing in the cutting station can reduce the transportation of the smart card sheet during the processing and improve the production efficiency; if the above production method is adopted, the PVC sheet and the PVC covering sheet need to be transported to the comp...

AI Technical Summary

Problems solved by technology

[0002] In the non-contact smart card production process, each processing module is independent of each other, resulting in cumbersome transportation of smart card blanks, poor continuity of the processing process, reduced production efficiency, and affects processing accuracy

If the smart card sheet material is continuously produced and processed, the PVC sheet material is released from the PVC sheet material roll, and successively transported to the laser drilling station, winding station, chip welding station, composite welding station and Processing in the cutting station can reduce the transportation of the smart card sheet during the processing and improve the production efficiency; if the above production method is adopted, the PVC sheet and the PVC covering sheet need to be transported to the composite welding station For processing, the PVC sheet material and the PVC cover sheet material that have been wound are welded together, and transported to other subsequent processing stations; in the prior art, there is a lack of a PVC cover sheet material that can be used as a conveying material The composite welding device cannot continuously transport PVC sheets and PVC covering sheets during composite welding processing, resulting in intermittent welding processes and reducing processing efficiency

Images